From the road and the railway to wind farms, refineries, 5G towers and construction sites — our coatings are engineered around the real-world stresses each industry faces.
Coatings that keep vehicles and rolling stock safe, reliable and long-lived.
At the crossroads of performance, safety and environmental demands, automotive parts face ever-higher requirements. Our coatings deliver stable friction for reliable assembly, safe joints that withstand daily driving, and extended part life even in aggressive environments.
Compatible coatings ➜
Rolling stock and infrastructure endure heavy loads, vibration, humidity, temperature swings, dust and pollution. Our teams help select the coating solution that guarantees user safety while limiting maintenance operations.
Compatible coatings ➜Anti-corrosion systems engineered for the harshest energy and communications environments.
Onshore or offshore, turbines keep growing in power — and in safety and technical requirements. Our coatings fit the specific constraints of each part (tower, blade hub, nacelle) for optimal durability and lower maintenance.
Compatible coatings ➜
Solar farms and panels endure UV rays, wind, bad weather and pollution. We offer high-performance anti-corrosion coatings adapted to your fasteners, clamping systems and mounting rails.
Compatible coatings ➜
Offshore equipment battles seawater in splash zones; onshore refineries, storage tanks and pipelines face sandstorms and chemical pollution. We design solutions adapted to protect these installations in any environment.
Compatible coatings ➜
Antenna covers, radiators and PCBs now form a cross-industrial 5G supply chain. Our anti-corrosion systems have successfully met the new opportunities and challenges of this fast-growing sector.
Compatible coatings ➜Protection where climate, torque control and hydrogen-free processing all matter.
Metallic construction faces extreme climate and seismic stress. Beyond corrosion protection, tightening torque and non-hydrogen embrittlement are decisive — our non-electrolytic processes fully meet both and limit maintenance.
Compatible coatings ➜
Oxidation and corrosion from humidity and air pollution can degrade electrical properties. Our large range of basecoats and topcoats combine to tune electrical resistance — insulating or conductive — for the electrical sector.
Compatible coatings ➜Rugged coatings for machines that work in the most demanding conditions.
Construction machinery operates in highly corrosive, abrasive, stone-impacted environments. Our patented chemistry delivers both anti-corrosion performance and mechanical resistance, with excellent multi-tightening behavior and no hydrogen embrittlement.
Compatible coatings ➜
Fasteners, springs and metal parts face chemicals, fertilizer, stone chipping, weather and corrosion. Decades with OEMs let our coatings ensure durability, aesthetics and torque control — with hydrogen-embrittlement-free, water-based options.
Compatible coatings ➜GEOMET® zinc flake, PTFE, zinc thermal diffusion and electroplating — matched to the corrosion, torque and durability demands of each application.
Send us your part drawings or specs — our technical team recommends the right system within one business day.
The standard finish for high-strength automotive and industrial fasteners — because it delivers cathodic corrosion protection without hydrogen embrittlement, in a film thin enough to preserve thread fit.
Zinc flake is specified for property class 10.9 and above because the coating is applied by dip-spin and cured thermally — no electric current means no atomic hydrogen at the surface, which eliminates the embrittlement mechanism that rules out conventional electroplating for high-strength steel.
No hydrogen embrittlement. The dip-spin process is entirely thermal — no electrolyte, no current, no atomic hydrogen generated at the part surface.
Thin enough to sit within fastener thread tolerance, eliminating the need for over-tapping that thicker coatings require.